As new artificial sand, ceramic sand has been rapidly extended in foundry use in virtue of steady research and marketing for about two decades. Ceramic sand has excellent properties, including spherical shape, high refractoriness, good crush resistance, inert chemical characteristics, high reclamation yields, etc. Ceramic sand has distinguished performance in a foundry in comparison with
Ceramic Foundry Sand application in Shell Method Casting The shell method has a history of seral decades, mainly used in cast iron, non-ferrous alloy casting. In recent years, with the rapid promotion of Kailin Ceramic Foundry Sand in the application of resin-coated sand, the Kailin Ceramic FoundrySand for shell method has been extended quickly. Because
Fused ceramic sand, also called ceramic Foundry Sand, is a kind of man-made spherical shape ceramic particles featured by high refractoriness, a low thermal expansion made by spraying melted from the fused bauxite. It provides a simple and efficient way in the foundry industry to improving the quality of the castings, reducing the production cost,
Ceramic Casting Sand Applications Used in all types of foundry techniques like coated sand, resin-bonded sand, sodium silicate sand, and clay-bonded sand. As molding sand and core-making sand for iron casting, steel casting, and alloy steel casting. As a substitute for chromite sand for jacket core-making, oil duct core-making, tappet core-making of the engine. As
Fused ceramic sand, also called ceramic Foundry Sand, is a kind of man-made spherical shape ceramic particles featured by high refractoriness, a low thermal expansion made by spraying melted from the fused bauxite. It provides a simple and efficient way in the foundry industry to improving the quality of the castings, reducing the production cost,
Fused ceramic sand, also called ceramic Foundry Sand, is a kind of man-made spherical shape ceramic particles featured by high refractoriness, a low thermal expansion made by spraying melted from the fused bauxite. It provides a simple and efficient way in the foundry industry to improving the quality of the castings, reducing the production cost,
